Endometriosis Human Endometriotic Tissue Total RNA, Donor 1571 (CAT#: DBFF-0624-HY4829)

Datasheet

Overview

Endometriosis is a common gynecological disorder in which tissue from the lining of the uterus grows or grows in a place outside the uterus. It is an estrogen-dependent disease that occurs primarily in women of childbearing age. Endometriosis Human Endometriotic Tissue Total RNA, Donor 1571 is extracted from endometriotic tissue of a single endometriosis human donor using a classical guanidine isothiocyanate-phenol: chloroform extraction method. RNA goes through rigorous quality control procedures to ensure the highest quality possible.

Product Customization

Clear All

When the options under the Product Customization parameter are selected, they appear under the Product Summary parameter.

Tissues/Species:

Clear All

Product Summary

Quantity:

Donor Information

Gender
Female
Age At Sampling
27 yrs
Race
White or Caucasian
Medical Diagnosis
Endometriosis

Product Description

Species
Human
Tissue Name
Endometriotic Tissue
Sample Diagnosis Category
Endometriosis
28S/18S Ratio
1.39
Size
5 µg
Shipping
Dry ice
Storage
Stored at -80°C without repeated freeze and thaws
Applications
Northern blotting, ribonuclease protection assay, polymerase chain reaction analysis, rapid amplification of cDNA end analysis, cDNA synthesis, RNA differential display, microRNA studies, and RNA library construction.

Product Properties

Metastatic Site
Ovary, Right
Normal Ratio
80%
Lesional Ratio
20%
Tumor Ratio
0%
Hypocellular/Acellular Tumor Stroma Ratio
0%
Hypercellular Tumor Stroma Ratio
0%
Necrosis Ratio
0%
H&E Staining Pathological Verification
Lesion: 50% epithelium, 50% stroma; Normal: 80% ovarian stroma, 20% hilar vessels; Multiple primordial and primary follicles present

Technical Specifications

Quality Control
Tested by spectrophotometer and denatured agarose gel electrophoresis
For Research Use Only | Not For Clinical Use

Related products

Online Inquiry
Inquiry Basket
Copyright © Creative Biolabs. All Rights Reserved.
Top